Fabri-Valve®

33 PTA / 33 PTD

Slurry Valves

2

ITT is a global leader in fluid handling with 65 years of design, manufacture, and fabrication of engineered valves with specific expertise in slurry applications.

Customers depend on ITT Engineered Valves for reliable delivery, cost effective solutions, and after sale support.

The 33 PTA and 33 PTD push through style knife gate valves are designed specifically for demanding slurry applications and designed to maximize service life and minimize down time.

33 PTA / 33 PTD

33 PTA Heavy Duty Slurry

33 PTD Light to Medium Duty Slurry

3

Modes of operation

How the valves work:

The PTA and PTD slurry valves are a push through design which discharges a minimum amount of process media when cycling between open and closed. In the open position the sleeves seal against each other providing the pressure barrier. During operation the gate separates the sleeves as it transitions from open to closed, which leads to a momentary discharge. This small amount of discharge exits through the bottom of the valve and can be safely directed away with the use of a splash guard mounted to the bottom of the valve.

• Gate fully withdrawn from process flow• Sleeves in contact with each other sealed by

axial compression• Pressure boundary maintained by sleeves• No obstructions or cavities for solids to collect• Zero discharge in open position

• Gate has separated sleeves• Sleeves in contact with gate and sealed by

axial compression• Pressure boundary maintained• Zero discharge in closed position

Handwheel Bevel Gear Pneumatic Hydraulic

Standard Actuation Types:

Open Position Closed PositionMid-stroke Position

4

33 PTA Heavy Duty Slurry Valve• Engineered elastomer sleeves provide maximum

performance throughout a wide range of abrasive and corrosive applications

• Able to be used in wet or dry applications with large particles

• Full port opening eliminates turbulence and minimizes pressure drop across valve

• Heavy duty sleeves are molded with an integral, fully encapsulated stiffener ring

• Full gate closure is assured by the lack of a cavity where solids can collect

• Integrated gate wiper extends gate and sleeve life and minimizes the possibility of discharge from the top of the valve

• No metal components are in contact with the process flow when in the open position

• Heavy duty sleeves are replaceable without valve disassembly

• 100% factory tested for 100% bi-directional bubble tight shut-off with zero downstream leakage

• No lubrication required

General Applications:

33 PTA

Materials of Construction:Housing: Cast ductile ironGate: 316 stainless steelSleeves: Natural rubber (standard)

Temperature Rating:Natural rubber sleeves = -50°F – 180°F (-46°C – 82°C)See page 5 for alternate sleeve materials

Pressure Ratings:3” - 24” (DN 80-600): 100 psi CWP (6.9 bar)

26” - 36” (DN 650-900):75 psi CWP (5.2 bar)

Optional gate materials are available to accommodate higher pressure requirements. Consult factory for larger sizes and higher pressure ratings.

MiningPowerPulp and Paper

AluminaChemicalCement, Sand, Aggregate

5

33 PTA Features

Available Sleeve Materials:

Natural Rubber (standard):This sleeve material has the highest resistance to abrasion and tearing, and it also has good resistance to heat. Maximum temperature 180°F (82°C).

EPDM:This sleeve material has a wide variety of applications with superior resistance to solvents, acids, and alkalais as well as water and steam. Excellent resistance to higher temperatures. Great resistance to ozone and sunlight. Not recommended for use with oils, gasoline or other hydrocarbon based solvents or agents. Maximum temperature is 300°F (149°C).1

NBR: This sleeve material has excellent resistance to petroleum based oils, greases and other non oxidizing chemicals as well as hydrocarbon based agents. Poor resistance to ozone and oxygenated solvents. Maximum temperature is 250°F (121°C).1

HNBR:This sleeve material has excellent resistance to petroleum based oils, greases and other non oxidizing chemicals as well as hydrocarbon based agents. Poor resistance to ozone and oxygenated solvents. Maximum temperature is 280°F (138°C).1

Chlorbutyl:This sleeve material has good resistance to heat, oxygen, ozone and sunlight. Excellent resisitant to alkalais and oxygenated solvents, water and steam. Poor resistance to hydrocarbon based agents. Maximum temperature is 230°F (110°C).1

Neoprene:This sleeve material is a general purpose sleeve material with resistance to mineral oils and greases. Fair resisitance to abrasion. Maximum temperature is 180°F (82°C).1

Note: All hazardous media and non-hazardous media above 180F must utilize safety precautions such as a

splash guard to redirect the high temperature or hazardous discharge (see page 12 for details).

1 Exposure to continuous elevated temperatures will result in premature aging of the elastomer.

Standard Configuration:

• Ductile iron housing• 316SS gate• Natural rubber sleeves• Mild steel yoke• Ductile iron handwheel• Rubber coated retaining ring (8”

and larger)

Options

• Alternate yoke materials• Rod boots• Handwheel stem covers• Alternate actuation - Hand wheel - Bevel gear - Air cylinder - Hydraulic cylinder - Electric - Other• Alternate wiper material • Alternate sleeve configuration without

load distribution rings (consult factory)• Alternate sleeve material based on service

conditions (media and temperature)• Limit switches and positioners per

customers’ requirements

Features:

• Cast iron body housing• Heavy duty yoke• Lockout/tagout• Full gate withdrawl• Packingless design• Heavy duty elastomer sleeves• Unobstructed flow• Blind flange capable• Retainer rings to aid in installation

6

33 PTA

33 PTA Exploded View Parts List1 Body Ductile Iron2 Gate 316 SS3 Wiper Gland Mild Steel4 Wiper Material Acrylic Silicone5 Stem Assembly 304 SS6 Yoke Mild Steel7 Handwheel Ductile Iron8 Stem Nut Bronze9 Sleeve Retainer Ring Rubber/Mild Steel10 Packing Gland Fasteners Plated Steel11 Gate Fasteners 304 SS12 Yoke Fasteners Plated Steel13 Greese Fitting Plated Steel14 Body Spacer Carbon Steel15 Yoke Hub Fasteners Plated Steel16 Rod Boot Nylon17 Yoke Hub Mild Steel18 Sleeve Rubber/Mild Steel19 Stop Nut Carbon Steel20 Body Fasteners Stainless Steel21 Stem Cover Mild Steel22 Lock Pin 17-4 SS23 Rod Boot Spacer Plate Stainless Steel24 Sleeve Retainer Fasteners Plated Steel

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PTA Dimensions

Valve Size Hand WheelIN DN ØH J ØL W* W** X Y Z A C Weight3 75 2.41 8.88 2.81 6.88 5.88 4.44 8.00 7.62 23.28 16 834 100 3.33 11.00 3.88 6.88 5.88 5.50 8.50 7.24 24.97 16 1046 150 5.38 13.00 5.81 7.00 6.00 6.50 8.50 8.01 28.35 16 1198 200 6.88 15.25 7.75 7.25 6.25 7.63 8.50 8.99 33.95 20 21410 250 9.06 16.56 9.81 8.88 7.88 8.28 10.50 8.99 41.26 20 29312 300 10.75 21.00 11.50 10.13 9.13 10.50 12.75 12.75 - - -14 350 12.50 22.75 13.25 10.13 9.13 11.38 12.75 12.72 - - -16 400 14.00 24.25 14.75 11.00 9.75 12.13 14.75 14.74 - - -18 450 14.88 26.50 16.75 12.25 10.75 13.25 14.75 14.74 - - -20 500 15.56 28.38 18.50 14.13 12.63 14.19 17.00 17.00 - - -24 600 21.19 33.80 23.00 14.63 13.13 16.90 19.00 18.99 - - -

Valve Size Bevel Gear Air Cylinder Hydraulic CylinderIN DN A B C E F Weight A C D Weight A C D Weight3 75 22.26 14.95 12 3.5 13.48 132 19.32 5.5 0.38”-18 75 21.07 3.0 8 77.24 100 23.95 15.75 12 3.5 13.48 153 22.26 6.5 0.38”-18 101 23.50 3.0 8 98.56 150 27.33 19.13 12 3.5 13.48 169 28.39 9.0 0.38”-18 145 29.76 3.5 8 1248 200 32.78 23.47 12 3.5 13.48 246 33.34 9.0 0.38”-18 236 34.34 3.5 8 20010 250 39.47 27.52 12 3.5 13.48 325 40.65 9.0 0.38”-18 322 42.65 4.5 12 31412 300 45.79 31.02 24 - 16.65 475 47.15 12.8 0.50”-14 502 48.53 5.0 12 44614 350 48.69 33.92 24 - 16.65 542 51.80 12.8 0.50”-14 571 53.18 5.0 12 56216 400 55.24 39.61 24 - 19.26 806 58.45 14.8 0.75”-14 1072 58.93 5.0 12 75418 450 61.98 41.73 24 - 19.26 956 61.88 14.8 0.75”-14 1225 63.14 6.5 12 97220 500 65.36 45.11 24 - 19.26 1187 67.58 17.0 0.75”-14 1463 68.52 6.5 12 121424 600 77.95 53.32 24 - 19.26 1553 81.60 19.0 0.75”-14 1926 82.91 7.5 16 1694

Valve Size Hand WheelDN IN ØH J ØL W* W** X Y Z A C Weight75 3 61 226 71 175 149 113 203 193 591 406 37.6100 4 85 279 99 175 149 140 216 184 634 406 47.2150 6 137 330 148 178 152 165 216 203 720 406 54.0200 8 175 387 197 184 159 194 216 228 862 508 97.1250 10 230 421 249 226 200 210 267 228 1048 508 133300 12 273 533 292 257 232 267 324 324 - - -350 14 318 578 337 257 232 289 324 323 - - -400 16 356 616 375 279 248 308 375 374 - - -450 18 378 673 425 311 273 337 375 374 - - -500 20 395 721 470 359 321 360 432 432 - - -600 24 538 859 584 372 334 429 483 482 - - -

Valve Size Bevel Gear Air Cylinder Hydraulic CylinderDN IN A B C E F Weight A C D Weight A C D Weight75 3 565 380 305 89 342 59.9 491 140 0.38”-18 33.8 535 76.2 8 35100 4 608 400 305 89 342 69.4 565 165 0.38”-18 45.8 597 76.2 8 45150 6 694 486 305 89 342 76.7 721 229 0.38”-18 65.8 756 88.9 8 56200 8 833 596 305 89 342 112 847 229 0.38”-18 107 872 88.9 8 91250 10 1003 699 305 89 342 147 1033 229 0.38”-18 146 1083 114 12 142300 12 1163 788 610 - 423 215 1198 325 0.50”-14 228 1233 127 12 202350 14 1237 862 610 - 423 246 1316 325 0.50”-14 259 1351 127 12 255400 16 1403 1006 610 - 489 366 1485 376 0.75”-14 486 1497 127 12 342450 18 1574 1060 610 - 489 434 1572 376 0.75”-14 556 1604 165 12 441500 20 1660 1146 610 - 489 538 1717 432 0.75”-14 664 1740 165 12 551600 24 1980 1354 610 - 489 704 2073 483 0.75”-14 874 2106 191 16 768

Dimensions (inches), Weight (lbs.)

Dimensions (mm), Weight (kgs.)

* Face to face including sleeve retainer rings. Add 1/4” to 1/2” for easy installation** Face to face without sleeve retainer rings. Add 1/4” to 3/4” for easy installation

Hand Wheel Bevel Gear Air Cylinder Hydraulic Cylinder

Note: Consult factory for alternate flange drilling patterns

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33 PTD

33 PTD Light to Medium Duty Slurry Valve

• Engineered elastomer sleeves provide maximum performance throughout a wide range of abrasive and corrosive applications

• Full ported opening eliminates turbulence and minimizes pressure drop across valve

• Heavy duty sleeves are molded with an integral, fully encapsulated stiffener ring

• UHMWP gate support liners guide the gate through the entire stroke, greatly reducing wear on the sleeves and gates

• Full gate closure is assured by the lack of a cavity where solids can collect

• Integrated gate wiper extends gate and sleeve life and minimizes the possibility of discharge from the top of the valve

• No metal components are in contact with the process flow when in the open position

• Heavy duty sleeves are replaceable without valve disassembly

• Open and closed lockout / tagout positions

• 100% factory tested for 100% bi-directional bubble tight shut-off with zero downstream leakage

• No lubrication required

Materials of Construction:Housing: Mild steelGate: 316 Stainless Steel Sleeves: Natural Rubber

Temperature Rating:Natural Rubber sleeves = -50°F –180°F (-46°C – 82°C)See page 9 for alternate sleeve materials

Pressure Ratings:3” - 16” (DN 80 - 400):150 CWP (10.3 Bar)

18” - 24” (DN 450 - 600):90 CWP (6.2 Bar)

Alternate gate materials are available to accommodate higher pressure requirements.

9

33 PTD Features

Available Sleeve Materials:

Natural Rubber (standard):This sleeve material has the highest resistance to abrasion and tearing, and it also has good resistance to heat. Maximum temperature 180°F (82°C).

EPDM:This sleeve material has a wide variety of applications with superior resistance to solvents, acids, and alkalais as well as water and steam. Excellent resistance to higher temperatures. Great resistance to ozone and sunlight. Not recommended for use with oils, gasoline or other hydrocarbon based solvents or agents. Maximum temperature is 300°F (149°C).1

Note: All hazardous media and non-hazardous media above 180F must utilize safety

precautions such as a splash guard to redirect the high temperature or hazardous discharge

(see page 12 for details).

1 Exposure to continuous elevated temperatures will result in premature aging of the

elastomer.

Standard Configuration:

• Mild steel housing• 316SS gate• Natural rubber sleeves with integral

retainer ring• Mild steel yoke• Ductile iron handwheel

Options

• Alternate flange drilling• Rod boots• Handwheel stem covers• Alternate body materials• Alternate yoke materials• Alternate actuation - Hand wheel - Bevel gear - Air cylinder - Hydraulic cylinder - Electric - Other• Alternate wiper material • Alternate sleeve material based on service

conditions (media and temperature)• Limit switches and positioners per

customers’ requirements

Features:

• Steel body housing• Heavy duty yoke• Lockout/tagout• Full gate withdrawl• Packingless design• Heavy duty elastomer sleeves• Unobstructed flow• Blind flange capable• Retainer rings to aid in installation

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33 PTD

33 PTD Exploded View Parts List1 Body Mild Steel2 Gate 316 SS3 Wiper Gland Mild Steel4 Wiper Material Acrylic Silicone5 Stem Assembly 304 SS6 Yoke Mild Steel7 Handwheel Ductile Iron8 Stem Nut Bronze9 Gate Support Liner UHMWP10 Packing Gland Fasteners Plated Steel11 Gate Fasteners Plated Steel12 Yoke Fasteners Plated Steel13 Grease Fitting Plated Steel14 Body Spacer Mild Steel15 Yoke Hub Fasteners Plated Steel16 Rod Boot Nylon17 Yoke Hub Mild Steel18 Sleeve with Retainer Ring Rubber/Mild Steel19 Stop Nut Carbon Steel20 Body Fasteners Stainless Steel21 Stem Cover Mild Steel22 Lock Pin 17-4 SS23 Rod Boot Support Plate Stainless Steel

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PTD Dimensions

Dimensions (inches), Weight (lbs.)

Dimensions (mm), Weight (kgs.)

Hand Wheel Bevel Gear Air Cylinder Hydraulic Cylinder

Valve Size Hand Wheel Bevel Gear Hydraulic CylinderIN DN ØH J W X Y Z A C Weight A B C E F Weight A C D2 50 Consult Factory - - - - - -

Consult Factory

3 80 3.00 8.00 2.50 4.25 6.50 6.50 24.81 16.00 90 - - - - - -4 100 4.00 9.50 2.50 4.50 6.50 6.50 27.56 16.00 100 - - - - - -6 150 6.00 11.75 2.75 6.00 9.00 8.88 33.94 16.00 130 - - - - - -8 200 8.00 14.38 3.25 6.50 11.00 10.88 42.44 20.00 210 - - - - - -10 250 10.00 17.13 3.25 8.19 12.25 12.00 50.59 20.00 280 - - - - - -12 300 12.00 19.63 3.50 10.00 12.25 12.25 - - - 57.88 40.81 12.00 3.50 13.59 16414 350 13.25 21.63 3.63 11.00 14.50 14.50 - - - 63.39 44.31 12.00 3.50 13.59 21816 400 15.25 24.00 4.19 13.00 16.50 16.63 - - - 65.88 48.88 12.00 3.50 16.25 32318 450 17.25 25.75 4.19 13.75 16.50 16.63 - - - 70.25 51.44 18.00 6.50 17.00 34520 500 19.25 28.00 5.19 15.50 18.00 19.00 - - - 80.63 59.31 18.00 6.50 17.00 50424 600 23.25 32.75 5.19 21.4 18.00 19.00 - - - 100.63 72.56 24.00 6.50 18.25 590

Valve Size Air CylinderIN DN Cyl Size A C D Cyl Size A C D Cyl Size A C D Cyl Size A C D2 50 Consult Factory - - - - - - - -3 80 5” 24.50 5.50 3/8”-18 6” 24.75 6.50 3/8”-18 - - - - - - - -4 100 5” 27.56 5.50 3/8”-18 6” 27.25 6.50 3/8”-18 - - - - - - - -6 150 6” 33.88 6.50 3/8”-18 8” 34.25 9.00 3/8”-18 - - - - - - - -8 200 8” 42.25 9.00 3/8”-18 10” 43.75 11.00 1/2”-14 - - - - - - - -10 250 8” 50.75 9.00 3/8”-18 10” 52.25 11.00 1/2”-14 12” 52.75 12.75 1/2”-14 - - - -12 300 8” 57.63 9.00 3/8”-18 10” 59.18 11.00 1/2”-14 12” 59.63 12.75 1/2”-14 - - - -14 350 10” 64.63 11.00 1/2”-14 12” 65.13 12.75 1/2”-14 14” 65.00 14.75 3/4”-14 - - - -16 400 10” 70.69 11.00 1/2”-14 12” 71.19 12.75 3/4”-14 14” 71.06 14.75 3/4”-14 16” 71.38 17.0 3/4”-1418 450 10” 75.06 11.00 1/2”-14 12” 75.56 12.75 3/4”-14 14” 75.44 14.75 3/4”-14 16” 75.75 17.0 3/4”-1420 500 12” 85.94 12.75 1/2”-14 14” 85.81 14.75 3/4”-14 16” 86.13 17.00 3/4”-14 18” 87.13 19.0 3/4”-1424 600 12” 105.9 12.75 1/2”-14 14” 105.8 14.75 3/4”-14 16” 106.13 17.00 3/4”-14 18” 107.13 19.0 3/4”-14

Valve Size Air CylinderIN DN Cyl Size A C D Cyl Size A C D Cyl Size A C D Cyl Size A C D50 2 Consult Factory - - - - - - - -80 3 127mm 622 140 3/8”-17 152mm 629 165 3/8”-17 - - - - - - - -100 4 127mm 700 140 3/8”-18 152mm 692 165 3/8”-18 - - - - - - - -150 6 152mm 861 165 3/8”-18 203mm 870 229 3/8”-18 - - - - - - - -200 8 203mm 1073 229 3/8”-18 254mm 1111 279 1/2”-14 - - - - - - - -250 10 203mm 1289 229 3/8”-18 254mm 1327 279 1/2”-14 305mm 1340 324 1/2”-14 - - - -300 12 203mm 1464 229 3/8”-18 254mm 1503 279 1/2”-14 305mm 1515 324 1/2”-14 - - - -350 14 254mm 1642 279 1/2”-14 305mm 1654 324 1/2”-14 356mm 1651 375 3/4”-14 - - - -400 16 254mm 1796 279 1/2”-14 305mm 1808 324 3/4”-14 356mm 1805 375 3/4”-14 406mm 1813 432 3/4”-14450 18 254mm 1907 279 1/2”-14 305mm 1919 324 3/4”-14 356mm 1916 375 3/4”-14 406mm 1924 432 3/4”-14500 20 305mm 2183 324 1/2”-14 356mm 2180 375 3/4”-14 406mm 2188 432 3/4”-14 457mm 2213 483 3/4”-14600 24 305mm 2691 324 1/2”-14 356mm 2688 375 3/4”-14 406mm 2696 432 3/4”-14 457mm 2721 483 3/4”-14

Valve Size Hand Wheel Bevel Gear Hydraulic CylinderDN IN ØH J W X Y Z A C Weight A B C E F Weight A C D50 2 Consult Factory - - - - - -

Consult Factory

80 3 76 203 64 108 165 165 630 406 40.8 - - - - - -100 4 102 241 64 114 165 165 700 406 45.4 - - - - - -150 6 152 298 70 152 229 226 862 406 59.0 - - - - - -200 8 203 365 83 165 279 276 1078 508 95.3 - - - - - -250 10 254 435 83 208 311 305 1285 508 127 - - - - - -300 12 305 499 89 254 311 311 - - - 1470 1037 305 89 345 74.4350 14 337 549 92 279 368 368 - - - 1610 1125 305 89 345 98.9400 16 387 610 106 330 419 422 - - - 1673 1242 305 89 413 147450 18 438 654 106 349 419 422 - - - 1784 1307 457 165 432 156500 20 489 711 132 394 457 483 - - - 2048 1506 457 165 432 229600 24 591 832 132 543 457 483 - - - 2556 1843 610 165 464 268

Note: Consult factory for alternate flange drilling patterns

12

Rubber gasket and steel

plate splash guard

Splash guard for high temp

or corrosive applications

NPT threaded ports for

redirecting discharge

Safety is Our Concern

For 65 years ITT Engineered Valves has placed a strong emphasis on quality, safety, environmental, and health concerns – for our workforce, our customers and populations served by our products. Every product we design and manufacture keeps our core values at the forefront.

Push through valves discharge line media from the bottom of the valve when transitioning from open to closed. Discharge from push through valves must be taken into consideration when exposure would be hazardous to personnel or the environment.

ITT Engineered Valves limits the temperature rating of non-hazardous line media of our 33 PTA and 33 PTD to 180° F when not used in conjunction with proper safety precautions. Installation location of discharging valves must always be taken into consideration to eliminate exposure to personnel and the environment.

The 33 PTA and 33 PTD can be used in Hazardous/Non-Hazardous media above 180°F, within elastomer limitations, but must utilize safety precautions such as a splash guard to redirect the high temperature or hazardous discharge to a safe location.

What does a discharging valve mean?• Discharging valves are designed to clear the sleeves and body

cavities of solids by allowing a small amount of media to flush out through the bottom of the valve every time the valve is cycled open or closed.

• This “self flushing” feature eliminates the need for additional flush piping or routine cleaning of the valve to remove solids build-up.

• Splash guards mount to the bottom of the valve and have threaded ports to allow customer to re-direct discharge to a safe area.

• Splash guards and instructions for their use are available from ITT.

1333PTA sleeve with separate retaining ring 33PTD sleeve with integral retaining ring

Natural Rubber:Advantages:• Fatigue and tear resistance• Dynamic loading• High tensile strength and resistant to elongation• Good flexibility in cold weather (-50°F) Disadvantages:• Poor resistance to grease/oil, ozone, acids &

hydrocarbon fuels• Continuous operation temperature <180°F

EPDM:Advantages:• Low friction coefficient • Good outdoor weathering resistance• Sustain high continuous operating temperature• Excellent anti-hydrolyzing (water & steam) resistance Disadvantages:• Poor resistance to hydrocarbon fuels & greases• Low resistance to most of mineral-oil-based-fluids

Neoprene:Advantages:• Resistance to mineral oils and greases Disadvantages:• Reduced resistance to abrasion compared to natural rubber

NBR:Advantages:• Resistant to hydrocarbon based solvents• Good resistance to alkalis, gasoline, oil and acids

Disadvantages:• Poor resistance to ozone and oxygenated solvents • Low resistance to most of mineral-oil-based-fluids

HNBR:Advantages:• Resistant to hydrocarbon based solvents• Good resistance to alkalis, gasoline, oil and acids

Disadvantages:• Poor resistance to ozone and oxygenated solvents • Low resistance to most of mineral-oil-based-fluids

Chlorbutyl:Advantages:• Heath, oxygen, ozone and sunlight resistance• Resistance to alkalais, oxygenated solvents Disadvantages:• Poor resistance to hydrocarbon based on agents

Available Sleeve Materials

14

Slurry Valve Selection

In addition to the 33PTA and 33PTD slurry valves, ITT offers other valves that are well suited for slurry service. Particle size, slurry concentration, pressure, temperature and line size are considerations when selecting the proper valve for your service. The following guidelines will aid in the selection of the most common valve appropriate for the specific application. Please contact your local sales representative or the factory for special considerations or alternate configurations that may be suited for your service conditions.

Smaller Particles, Low Solids• Presence of solids is primarily by accident• Solids size smaller than 100 mesh (less than 0.006 inches or 149

microns)• Non-settling slurry• The slurry specific gravity < 1.05• Less than 10% solids by weightFabri-Valve 33PTDAdditional Valve OptionsFabri-Valve C67 with Chest LinersFabri-Valve XS150-ULVFabri-Valve CF33/133

Smaller Particles, High Solids• Solids size smaller than 100 mesh (less than 0.006 inches or 149

microns)• Up to 30% solids by weightFabri-Valve 33PTDAdditional Valve OptionsFabri-Valve XS150-ULVFabri-Valve CF33/133

Medium Particles• Solids size from 100 to 6 mesh (0.006-0.132 inches or 149-3353

microns)• Settling or non settling slurry• The slurry specific gravity < 1.2• 10-30% solids by weightFabri-Valve 33PTA or 33PTDAdditional Valve OptionsFabri-Valve CF33/133Must have flush bonnet or splash guard

Larger Particles• Slurry’s main purpose is to transport material• Solids size 6 to 4 mesh (0.132-.0185 inches or 3353-4760

microns) • Settling or non-settling slurry• The slurry specific gravity > 1.2• Greater than 30% solids by weightFabri-Valve 33PTA or 33PTDAdditional Valve OptionsFabri-Valve CF33/133Must have flush bonnet or splash guard

15

Valve Guide by Slurry Type

This guide is intended to be used as a general guide to slurry valve applications.

Refer to the factory for specific recommendations based on actual service conditions.

Dirty Water

Low Concentration <10% Solids

Medium Concentration 10-30% solids

High Concentration >30% solids

Product

Max

. Dia

(In.

)

Dis

char

ge

Pres

sure

Lim

it (P

SI)

Tem

pera

ture

Lim

it (°

F)

Smal

l Par

ticul

ate

Smal

l Par

ticul

ate

Med

ium

Par

ticul

ate

Larg

e Pa

rtic

ulat

e

Smal

l Par

ticul

ate

Med

ium

Par

ticul

ate

Larg

e Pa

rtic

ulat

e

Smal

l Par

ticul

ate

Med

ium

Par

ticul

ate

Larg

e Pa

rtic

ulat

e

C/F 133 54 Zero1 1502 2003

C/F 33 54 High 1502 2003

33PTA 36 Low 1002 1804

33PTD 24 Low 90/1505 1804

67 w/ Chest Liners

24

Zero

150

35030 100

36 80

XS150-ULV 24 Zero 150 1703

XS150 24 Zero 285 2803

45 RP 24 Zero 150 1703

Dia-Flo Straightway 12 Zero 100 225

Dia-Flo Weir 12 Zero 200 350

Cam-Tite 6 Zero 15006 7506

1 Flushing or draining the bonnet is required.

2 Higher pressure options are available

3 Higher temperature options are available

4 Valve Temperature Rating = 180° F (Non hazardous line media). Hazardous/Non-Hazardous media above 180°F must utilize safety precautions such as

a splash guard to redirect the high temperature discharge

33 PTA EPDM sleeves = -20–300°F (-29–149°C)

33 PTD EPDM = -20–300°F (-29–149°C)

Natural Rubber sleeves = -50–180°F (-46–82°C) The maximum temperature limitation of the EPDM sleeve used in the 33PTA is 300°F (149°C). Exposure to continuous elevated temperatures will result in premature aging

of the elastomer.

5 150 CWP (10.3 Bar): 3” - 16” (DN 80 - 400) and 90 CWP (6.2 Bar): 18” - 24” (DN 450 - 600)

6 Dependent on material selected and size

Customer is responsible to protect personnel and the environment from hazardous discharge.

Best

Acceptable

Not Recommended

Particle Size Small Medium Large*

microns <149 149-3353 3353-4760

inches <0.006 0.006-0.132 0.132-0.185

mesh size >100 100-6 6-4

*Consult factory for larger particle sizes

© 2012 ITT Enginered Valves, LLC Form 33PTA/33PTD

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ITT Engineered Valves

ITT Goulds dominance in the mining industry dates back to the latter 1800s. Designed for the most severe applica-tions, our pumps can be found in coal, aluminum, copper, iron, clay, phosphate, potash, soda ash, salt, gold and aggregate industry throughout the world.

ITT Engineered Valves offers not only a broad range of specialty knife gate valves but also is an industry leading manufacturer of diaphragm and ball valves for corrosive and erosive services across many industries.

ITT offers the widest range of corrosion and abrasion resistant slurry pumps in the industry, including vertical, horizontal, and submersible designs for cyclone feed, tailings disposal, minerals processing, mine dewatering, clarifier underflow, and sump services. For more information visit: www.gouldspumps.com/market_MiningandMinerals.html

Fabri-Valve

C45

Dia-Flo

Diaphragm valve

Cam-Tite

ball valve

Fabri-Valve

XS150-ULV

Fabri-Valve

C/F 33/133

Fabri-Valve

C67

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